Chassis
Supermicro chassis, cases or cabinets are characterized by their high-quality thermal design, thanks to which they cool your servers to the max. Supermicro server cases have quickly become the world leader in chassis design due to their design advantages.
1U Chassis
The 1U Supermicro chassis are suitable for achieving the highest density of full-featured rack servers while maintaining sufficient cooling capability and compatibility with most hardware. The compact dimensions of 1U servers also allow for easy transfer from place to place.
2U Chassis
2U Supermicro chassis are suitable for a wide range of traditional rack applications. The medium size allows for larger, more powerful components and multiple disks to be installed, while providing a higher rack density than large 4U chassis.
3U Chassis
3U Supermicro chassis are suitable for a wide range of traditional rack applications. The medium size allows for larger, more powerful components and multiple disks to be installed, while providing a higher rack density than large 4U chassis.
4U/Tower Chassis
4U or Tower chassis match the size of traditional computer cases, available in both rack-compatible and classic desktop versions. 4U chassis are ideal for applications where space is not a problem and are thus able to offer better cooling capabilities and more space for expansion than alternative solutions.
Mid-Tower
Chassis in the style of a traditional mid-size PC case, ideal for off-rack applications, employee desks, or out of sight applications. Their size allows for the installation of a wide range of uncompromising components that are able to deliver maximum performance.
Mini-Tower
Chassis in the style of a traditional PC case of smaller size, ideal for off-rack applications, employee desks, or out of sight applications. Their size allows for the installation of a wide range of powerful components that are capable of delivering maximum performance at the smallest cabinet size.
Mini-ITX
The new, thin and space-saving Mini-ITX box chassis is designed for high performance with optimal heat dissipation through side air vents. This alternative chassis solution is ideal for a wide range of integrated applications.
